QUARTZ CRYSTAL CRYSTAL OSCILLATOR VCXO VCTCXO/TCXO OCXO TIMING MODULE
2024-03-20
●Maintain sustainable competitive advantage from the satisfaction of customers, shareholders and employees
■Taitien Electronics, a Quartz Frequency Control Product (FCP) solution provider, started its first production run of Tuning Fork Crystal in 1976.Our main products include X'TAL, OSC, VCXO, TCXO, and is the first manufacturer in Taiwan that provides the technique of OCxO and inverted mesa (Qmesa) quartz resonator.
■Taitien service is capable of addressing one-stop procurement for all FCP requirements.
■Taitien Electronics, a Quartz Frequency Control Product (FCP) solution provider, started its first production run of Tuning Fork Crystal in 1976.Our main products include X'TAL, OSC, VCXO, TCXO, and is the first manufacturer in Taiwan that provides the technique of OCxO and inverted mesa (Qmesa) quartz resonator.
■Taitien service is capable of addressing one-stop procurement for all FCP requirements.
- +1 Like
- Add to Favorites
Recommend
More>
- Taitien Unveils Revolutionary X4 Series Miniature Quartz Crystal: Setting New Standards for the Heart of Future Smart Devices
- Taitien to Showcase Groundbreaking OCXO and TCXO Products at SATELLITE 2024
- Taitien Will Showcase the Latest Frequency Control Products and Innovations, While Releasing a New Ultra-Low Power OCXO at IMS 2023
- Taitien Releases Ultra-High Precision Disciplined Crystal Oscillator DT-5151, Size 51x 51x 23mm, 24 hours Holdover<±1.5μs, ±10℃ Temperature Change
- Taitien Explores New Horizons in the Sky with High-end Frequency Products and Time Modules at International Aerospace and Defense Industry Exhibition
- Taitien’s Crystal Oscillators Deliver Stable Operation and Precise Navigation, Taking UAV Vision to New Heights
- Taitien Provides A Variety of Miniature, Low-power Consumption, High-precision, and Wide-temperature Quartz Crystals
- Taitien Introduced O3 TYPE Tiny Size High Precision Crystal Oscillator Whose Rise and Fall Times Within 10ns
All reproduced articles on this site are for the purpose of conveying more information and clearly indicate the source. If media or individuals who do not want to be reproduced can contact us, which will be deleted.